Jobs at Sogeclair S.A.

Lead complex experimental flight test projects from planning through completion by coordinating cross-functional teams, managing schedule, budget, risk, safety, and stakeholder communications, and delivering program reports and corrective actions.

The Designer role focuses on 2D/3D design and modeling of parts and assemblies, problem resolution related to production, and compliance with engineering standards.

The role involves supporting document management in aerospace, including formal checks, reviewing deliveries, and document distribution to teams and clients.

Responsible for physical and functional integration of aircraft cabin subsystems. Performs feasibility studies, proposes integration concepts, manages mechanical interfaces, conducts 3D integration and clash detection in CATIA V5/DMU, validates installation and interface documents, supports final assembly line and certification teams.

Design and model aircraft cabin parts and assemblies in 3D/2D, produce technical drawings, apply AS9100/QMS practices, support production and engineering, perform root-cause analysis, FAI processes, and contribute to R&D and bids.

Perform structural stress analyses to validate and certify 3D design models for aircraft cabin structures; develop structural concepts, prepare and review certification reports, collaborate with multidisciplinary teams, mentor colleagues, support project planning and proposals, and ensure compliance with AS9100 quality requirements.

Lead pneumatic systems engineering activities including architecture definition, requirements/specifications, functional modeling, V&V, supplier management, test support, certification documentation, and cross-disciplinary integration through design, production support, and issue resolution.

Support flight test instrumentation activities: coordinate requirements, select sensors and DAQ equipment, design signal routing and wiring concepts, perform lab checks and aircraft installations, troubleshoot sensor/DAQ issues, review wiring diagrams, and provide shop-floor integration support with multidisciplinary teams.

The Static Stress Engineer will define analysis methodologies, perform static structural analysis of aircraft structures, provide guidance to junior engineers, and prepare stress certification dossiers.

As a Static Stress Engineer, you'll perform static structural analysis, validate FEM models, provide mentorship, and support design changes in the aerospace sector.

The Junior Static Stress Engineer will perform static structural analysis on aircraft structures, support design modifications, and prepare stress certification dossiers.

This role involves conducting static structural analysis for aircraft structures, collaborating with design teams, creating FEMs, and preparing certification dossiers.

Software engineering intern will develop Python-based tools to centralize and automate data workflows, work with SQL databases, build user interfaces, create quality-control and error-detection tools, collaborate with the stress engineering team, and document code and processes.

Manage multiple plant layout and infrastructure projects: define needs, develop solutions, present progress to stakeholders, ensure HSE and quality compliance, oversee contractors, control budgets and schedules, and deliver plans and specifications that meet operational constraints.

Support aircraft production by investigating system-related non-conformances, developing engineering dispositions, ensuring compliance with safety and certification requirements, collaborating with cross-functional teams, maintaining MRB records, and applying AS9100 quality standards to improve production processes.

Design, develop, modify, and validate production tooling, fixtures, jigs, gauges and support equipment. Collaborate with manufacturing, quality and engineering to resolve technical issues, conduct tolerance analyses, manage documentation and revisions, and drive cost reduction and continuous improvement while ensuring safety and industry-standard compliance.

Provide engineering support to production by evaluating structural non-conformances, developing repair dispositions, performing on-aircraft investigations, and collaborating with cross-functional teams to ensure structural integrity, regulatory compliance, and production goals.

The Stress Engineer will perform structural analysis, prepare engineering documentation, and support design processes for military applications, ensuring compliance with certification standards.

The Fatigue & DT Engineer will perform fatigue and damage tolerance analyses for aircraft structures, generate reports, and support repairs in compliance with Airbus standards.

The MRB Liaison Engineer supports aircraft production, resolves non-conformance issues, designs optimal repairs, and ensures safety and compliance.